Julien Clavel

The paper investigates how seasonal predation by migratory birds influences the evolution of wing pigmentation in damselflies.

The paper introduces an Empirical Bayes framework for analyzing high-dimensional trait evolution, showing it is faster and more efficient than existing methods.

The paper analyzes evolutionary rates of 100 meiotic recombination proteins across 400 placental mammals, finding that rapid evolution is driven by reduced purifying selection and linked to chromosome pairing proteins in long-lived species.

This paper introduces P3CA, a probabilistic and phylogenetic PCA method for high-dimensional trait evolution, showing improved accuracy in parameter estimation and missing data reconstruction.

The paper combines fossil records and developmental biology to show that vole tooth complexity increases through developmental processes, with slower transitions toward higher cusp counts.

The paper studies cerebellar folding diversity and evolution across 56 mammalian species using histological data and phylogenetic methods, finding stabilizing selection and correlations between cerebellar and cerebral anatomy.

This paper introduces a maximum likelihood method to estimate competition's effect on trait evolution by integrating phylogenetic and phenotypic data, showing improved model performance in adaptive radiations.